Speaker
Dr
Ernst-Michael Ilgenfritz
(JINR Dubna, VBLHEP and BLTP)
Description
The topological structure of $SU(3)$ gluodynamics close to the infrared scale
is studied near to the transition temperature with the help of zero and
near-zero modes of the overlap Dirac operator. The associated UV filtered
topological charge density is considered for antiperiodic and two other
thermal boundary conditions. In this way three types of localized topological
clusters can be identified as dyons with a characteristic pattern of the
local Polyakov loops. We can classify them either as constituents of
(anti)calorons of van Baal type or as constituents of (anti)dyon pairs or
as isolated (anti)dyons. Deeper in the deconfinement phase we complete the
analysis of the topological structure by confronting it with the thermal
monopoles visible in the Maximal Abelian gauge.
Author
Dr
Ernst-Michael Ilgenfritz
(JINR Dubna, VBLHEP and BLTP)
Co-authors
Dr
Boris V. Martemyanov
(ITEP Moscow)
Prof.
Michael Müller-Preussker
(Humboldt-Universität Berlin)
Dr
Vitaly G. Bornyakov
(IHEP Protvino and ITEP Moscow)
